Lib: “I think the dictionary definition is sufficient for us to determine whether we agree or disagree …”
The reason that I ask you to clarify your definition is because this is not correct. You seemed satisfied that you had “made your case” by quoting from a dictionary, but you had not made your case. Dictionaries are no substitute for argument. If you wish to couch your arguments in terms of definitions, then it is incumbent upon you to make the definition clearly understood. I’d be perfectly happy to have you explain what you mean through non-controversial examples, but you don’t seem to want to do that, so I am compelled to ask you for better and better definitions. Yes, I will ask you for a better definition every time if you continue to include completely subjective and vague elements in the definition, like “derivable” or “reasonable”. This is the point of contention. If I were to define gestalt, I would leave out the weird “derivable” part, and simply say that a gestalt property is one which is held by the collection of parts when that property is not directly attributable to the parts themselves. For example, the mass of an object is attributable to the constituent parts, but the “goldness of gold” is not – it is attributable to the combination of those parts. Using this definition, “gestalt” is trivially present everywhere. Now I can’t tell if this is what you are talking about or if you are trying to say something more subtle. If you can explain that with definitions, do it. If you can explain with examples, do it. If you can explain with some other mechanism, do it. But you need to explain if you mean something more subtle. I don’t think anybody disputes that the goldness of gold and the non-goldness of protons, but I have the distinct feeling that this isn’t what you are talking about. I don’t even know if you would classify that as gestalt or not – because you have this odd (in my opinion) inclusion of derivability in your definition. Basiscally, you (as Spiritus said) include the knowledge of the observer in the classification of whether or not an object has the property of being “gestalt”. Does that mean that the goldness of gold was a gestalt property before modern physics, but not today? Does it mean it’s a gestalt property to some physicists but not others? Is there some point during the education of a physicists where he says “hey, wait a minute, that’s not a gestalt property at all, I understand exactly how the interactions cause the overall effect now!”?
“If you disagree, then please say so.”
In order to agree or disagree, I need to know what you are saying. What you are trying to assert about “objective gestalt” is either trivially true or completely unfounded (in my estimation of the two different things I think you might be saying). If I could figure out what you were talking about, I would agree or disagree with you. I do not think I am alone in not understanding your position.
“picking at a perfectly good dictionary definition is pointless.”
While true, that’s irrelevant to this discussion because your definition is not “perfectly good”. Are you trying to say something about the fundamental nature of the universe? Are you trying to say something about what is knowable and what is not? Are you trying to say something about the state of modern physics, and its lack of understanding of something? I don’t know, because you don’t tell us. Instead you offer us a definition which includes a huge subjective element which is at the very heart of the matter.
“With respect to the UP, my understanding indeed was that its nonduality implication applied only on the quantum level. If that is wrong, I would appreciate a cite impuning my understanding.”
Try this page on the Uncertainty Principle and notice that nowhere in the discussion do they mention the name of a particle or any particular mass threshold. Also try this page on de Broglie waves. The Uncertainty principle becomes less and less important the more massive the object, but it’s still there. I’m not sure what you mean by “nonduality”, since everything exhibits wave/particle duality. We generally only care about these things on a subatomic scale, because on larger scales the effects due to the Uncertainty Principle, etc., are mostly negligible, but that doesn’t mean they’re not there.